Sectional Contoured Matrices Small (Assorted Hardness), PK/30

Clinical Overview

Sectional contoured matrices are designed to provide precise tooth contouring and effective isolation during restorative procedures. They enhance the quality of dental restorations and help reduce the risk of overhangs, ensuring optimal outcomes in dental care.

Key Benefits

• Precise contouring: Facilitates accurate shaping of the restoration to match natural tooth anatomy.
• Effective isolation: Enhances visibility and access during procedures, improving overall treatment efficiency.
• Reduced risk of overhangs: Minimizes the likelihood of excess material, leading to better patient outcomes.
• Assorted hardness: Offers a variety of matrix hardness options to suit different clinical needs.
• Convenient packaging: Supplied in packs of 30 for ease of use and inventory management.

Kit Contents

• Refer to packaging for exact contents and sizes.

Working & Setting Times

• Working: Designed for easy manipulation during restorative procedures.
• Setting: Not applicable.

Indications

• Use in posterior restorations for optimal contouring.
• Ideal for composite and amalgam restorations.
• Applicable in cases requiring effective isolation of the tooth.
• Suitable for various clinical scenarios where precise matrix placement is necessary.

Instructions for Use

1. Select the appropriate matrix based on the clinical requirement.
2. Position the matrix around the tooth to achieve the desired contour.
3. Secure the matrix in place using a retainer or wedge as needed.
4. Apply the restorative material according to standard protocols.
5. Remove the matrix after the material has set to evaluate the restoration.

Summary

Sectional contoured matrices are essential tools in restorative dentistry, providing precise contouring and effective isolation. Their assorted hardness options cater to various clinical needs, making them suitable for a range of restorative procedures. These matrices help ensure high-quality restorations while minimizing the risk of complications such as overhangs.